On July 16, 2026, at SpaceX's Starbase in Texas, the 124‑metre tall Starship – the world’s largest and most powerful launch vehicle with 33 Raptor engines – came within a second of liftoff before an automatic abort was triggered. Drone footage captured the moment three seconds before the scheduled launch when a subset of engines ignited briefly and then shut down, leaving the vehicle anchored to the pad. The launch team immediately began draining the propellant to secure the vehicle.

Background and Significance

This would have been the 13th flight of Starship, a test that also aimed to deploy 20 brand‑new Starlink satellites and capture high‑resolution images of the vehicle’s heat shield. The mission was designed to verify in‑flight communications with existing Starlink constellations while demonstrating the rocket’s ability to carry payloads to orbit. Beyond commercial objectives, Starship is a cornerstone of NASA’s Artemis program, slated to return humans to the Moon.

Implications for NASA and Artemis

NASA has contracted SpaceX to provide a lunar lander for Artemis III, targeting a crewed Moon landing in the next few years. The agency also contracts Blue Origin’s “Blue Moon” for Artemis IV, scheduled no earlier than 2028, which will carry astronauts to the lunar south pole. Any delay or technical issue with Starship directly impacts NASA’s tightly coordinated timeline for crewed lunar missions.

Next Steps

Elon Musk announced on X that a “next launch attempt hopefully in a few days,” signaling confidence that the root cause can be identified and corrected swiftly. Engineers are now dissecting telemetry to pinpoint why the engine start‑sequence faltered. Meanwhile, Blue Origin is racing to have its own lander ready, intensifying competition and accelerating innovation in the commercial space sector.